public void Update(BaseCamera camera, float dt) {
_camera = camera;
if (_first) {
Position = camera.Position;
ViewProj = camera.ViewProj;
ViewProjInvert = camera.ViewProjInvert;
_first = false;
} else {
Position = (Position * Smoothiness + camera.Position) / (1f + Smoothiness);
ViewProj = (ViewProj * Smoothiness + camera.ViewProj) / (1f + Smoothiness);
ViewProjInvert = (ViewProjInvert * Smoothiness + camera.ViewProjInvert) / (1f + Smoothiness);
}
}
public void Update(BaseCamera camera, float dt)
{
_camera = camera;
if (_first)
{
Position = camera.Position;
ViewProj = camera.ViewProj;
Proj = camera.Proj;
View = camera.Proj;
ViewProjInvert = camera.ViewProjInvert;
_first = false;
}
else
{
Position = (Position * Smoothiness + camera.Position) / (1f + Smoothiness);
ViewProj = (ViewProj * Smoothiness + camera.ViewProj) / (1f + Smoothiness);
Proj = (Proj * Smoothiness + camera.Proj) / (1f + Smoothiness);
View = (View * Smoothiness + camera.View) / (1f + Smoothiness);
ViewProjInvert = (ViewProjInvert * Smoothiness + camera.ViewProjInvert) / (1f + Smoothiness);
}
}
protected virtual void ResetCamera() {
Camera = GetCamera();
Camera.SetLens(AspectRatio);
}
public float GetShadowDepth(BaseCamera camera) {
var m = Vector3.Transform(new Vector3(0, 0, Size / 2), camera.Proj);
return m.Z / m.W;
}
public void Update(Vector3 direction, BaseCamera camera) {
foreach (var split in Splits) {
split.LookAt(direction, camera.Position + camera.Look * split.Size / 2);
}
}